Classical and Quantum Electrodynamics (6007ESC)

Advanced classical electromagnetism is incredibly useful. The course covers propagation of EM fields through conducting and non-conducting media, guided propagation in waveguides and applications including waveguides, transmission lines and optical fibre communication. Quantum electrodynamics is probably the most successful theory ever, in the range and precision of phenomena it can predict. Students will gain a basic understanding of the theory and its applications, be able to communicate this understanding, and to solve simple problems. Advanced topics may vary by offering. Pre-requisites: 2301NSC Electromagnetism & Optics or equivalent; 3301NSC Quantum Physics III or equivalent

Course study information

Credit points (awarded)

10 (10)

Study level

Undergraduate

Student contribution band

Band 2

Usually available

Gold Coast Trimester 2Nathan Trimester 2

Course offerings and timetables

Convenor

Key dates

Course start date
18 July 2022
Last date to add a course
31 July 2022
Last date to drop a course without financial penalty (Census date)
15 August 2022
Last date to drop a course without academic failure
18 September 2022

Please view full class information for School of Environment and Science

Class Availability When Where Notes
You must enrol in this Class
Class (46464) Open Weeks 1 - 4, Mid-Trimester Break, 5 - Exam week Course attendance and other requirements will be provided via Course Profile and/or Learning@Griffith.

Convenor

Key dates

Course start date
18 July 2022
Last date to add a course
31 July 2022
Last date to drop a course without financial penalty (Census date)
15 August 2022
Last date to drop a course without academic failure
18 September 2022

Please view full class information for School of Environment and Science

Class Availability When Where Notes
You must enrol in this Class
Class (46463) Open Weeks 1 - 4, Mid-Trimester Break, 5 - Exam week Course attendance and other requirements will be provided via Course Profile and/or Learning@Griffith.